Modular
Configure capacity with repeatable units rather than one monolithic machine.
Distributed hydrokinetics
Energy from water that’s already moving.
Miromar is developing modular hydrokinetic technology for canals and managed water systems — adding renewable generation without changing what the asset is there to do.
Designed around real operating constraints.
Engineering-led from first principles to physical validation.
Numerical modellingComputational developmentExperimental testingInfrastructure integration
The opportunity
A power resource hidden in plain sight.
Canals, conveyance systems and industrial waterways manage vast, continuous flows every day. Where conditions align, part of that kinetic resource can support local electricity generation.
Primary purposeWater
Miromar
Additional outputPower
One asset. Two useful outputs.
The platform
One platform. Three design commitments.
The architecture is shaped by how water infrastructure is operated — not only by how energy is converted.
Distributed
Place generation across several viable locations instead of one central asset.
Infrastructure-integrated
Work within the hydraulic, structural, access and maintenance constraints of the host site.
Applications
Designed for managed flows.
The strongest opportunities are engineered environments with known operation, controllable access and a clear electrical use case.
01Engineered canals
Long, controlled water corridors can offer repeatable infrastructure for distributed generation.
View application ↗
02Water conveyance
Aqueducts and conveyance systems move water across significant distances and infrastructure networks.
View application ↗
03Industrial water systems
Cooling, process and discharge flows may create opportunities for on-site energy recovery.
View application ↗04Managed waterways
Selected regulated channels may provide opportunities where hydraulic, environmental and operational conditions permit.
View application ↗A different approach
A complement to conventional hydropower.
Where large civil works are impractical or unnecessary, modular hydrokinetics could unlock smaller opportunities across a wider network of sites.
01
Centralized hydro
Water resource↓
Major site development↓
Central generation asset
02
Distributed hydrokinetics
Existing water infrastructure↓
Modular energy layer↓
Distributed generation
Modular by design
Growth without a bigger machine.
A unit proves the building block. Arrays, sites and portfolios turn repetition into capacity.
Unit→
Array→
Site→
Network→
Distributed infrastructure
Engineering development
Progress measured in evidence.
The team advances through models, controlled experiments, integrated prototypes and increasingly representative environments.
01
Foundational modelling
Numerical investigation of the underlying physical system.
02
Computational development
Simulation used to evaluate performance and guide design decisions.
03
Experimental validation
Controlled testing used to compare predicted and observed behaviour.
04
Integrated system
Subsystems progressively combined into an energy-conversion prototype.
05
Representative environment
Testing under increasingly realistic hydraulic conditions.
Current development window06
Pilot deployment
Validation within real operating infrastructure.
Deployment
Different sites. Different ways to deploy.
Ownership, financing and partnership can adapt to the operator, the asset and the size of the opportunity.
Infrastructure-owned generation
Generation capacity deployed for an infrastructure operator, industrial user or connected energy system.
Discuss a site →Energy as a Service
A potential future model designed to reduce upfront investment requirements for infrastructure owners.
Explore partnership →Network partnerships
Long-term collaboration to identify portfolios of suitable deployment sites across water networks.
Partner with Miromar →Our long-term view
Turn water networks into power networks.One compatible site at a time.
The ambition is a repeatable technology and delivery model that can scale across geographies without asking every project to start from zero.
Water network → energy network
FAQ
The practical questions.
Miromar is developing modular hydrokinetic technology designed to recover renewable energy from suitable existing water infrastructure.
Miromar uses a proprietary energy-conversion architecture to transform energy from flowing water into electrical generation. Detailed technical information remains confidential while the company’s intellectual property is being developed and protected.
The system is being developed for hydrokinetic generation without requiring a conventional hydroelectric dam or reservoir.
Potential applications include engineered canals, water-conveyance systems, industrial water infrastructure and selected managed waterways. Individual sites must be assessed according to hydraulic, structural, environmental and operational conditions.
Site suitability depends on flow characteristics, available infrastructure and operating constraints. Miromar evaluates these factors on a site-specific basis.
Miromar is progressing through experimental validation and integrated system development.
Miromar is currently developing and protecting proprietary intellectual property. Detailed technical information is therefore shared selectively where appropriate.
Yes. Miromar is interested in working with infrastructure owners and operators managing suitable flowing-water systems.
Build with Miromar
Have a waterway
in mind?
Tell us about the infrastructure, the flow and what you want it to do.